National Grid UK 
The energy industry is undergoing a massive transformation, and technology is at the forefront of this change. In a speech at the 2021 Leaders’ Summit on Climate, International Energy Agency (IEA) Director Fatih Birol highlighted that nearly half of the reductions needed to reach net zero emissions by 2050 must come from technologies that are not yet fully market-ready. This emphasizes the urgent need for groundbreaking innovations in clean energy technology.
So, what technological advancements have emerged since then, and how are current technologies shaping the energy landscape? In this episode, we explore some of the most impactful innovations propelling the clean energy transition—from AI-driven efficiency solutions to advancements in grid technology.
Carolyn and Laura dive deep into these topics with Neil Osborne, Google’s Chief Energy Evangelist. Neil shares how Google is leveraging artificial intelligence to optimize energy use in its data centers. Discover the double-edged sword of using AI to save energy while simultaneously increasing demand due to AI compute loads. How are tech giants like Google navigating this challenge?
Dynamic Line Ratings (DLR) technology is unlocking up to 40% more capacity in power lines, significantly enhancing grid efficiency and safety. Alex Houghtaling of LineVision explains how DLR is helping the National Grid optimize electricity flow, demonstrating how real-time data can lead to smarter grid management and a more robust energy infrastructure.
Jason Huang from TS Conductor introduces revolutionary smart conductor technology that measures temperature and sag in real-time. By utilizing this advanced technology, utilities can safely increase power flow through existing grids, supporting the global transition to renewable energy sources while minimizing the need for costly infrastructure upgrades.
Eric Stein from Viridi explores the latest advancements in lithium-ion battery storage safety. Originally developed for NASA, these cutting-edge systems are now improving the reliability and safety of grid storage worldwide, making it possible to store renewable energy more effectively and address one of the biggest challenges in the clean energy transition.
Finally, Gary Stockdale, Net Zero Innovation Manager at National Grid, reveals how AI is transforming grid maintenance. The use of artificial intelligence to predict climate change impacts on infrastructure and monitor network health through autonomous drones is allowing for more proactive and efficient management, ensuring that the grid remains resilient as we shift towards a sustainable energy future.
Watch this episode to see how these cutting-edge technologies are accelerating the path to net zero and reshaping the future of energy.
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About The Author
In my day Chemistry lessons used Sodium and Potassium metals. To be clear Lithium rechargeable batteries use Lithium compounds that don't react with water not lithium metal that is used in Non-rechargeable Lithium Metal AA batteries.
Interesting video, I'm interested in grid level storage and all the different options we now have available to us to use, one of those is liquid air batteries a scalable system that'll probably work well in different areas from substations in heavily built up urban areas to rural areas and heavy industries for longer duration storage then you'd get from lithium ion phosphate batteries, I'm also interested in sodium ion batteries, not sure how close we are to getting them but I guess there'd be a cheaper option than LFP batteries for power wall's for domestic service in home's and businesses, I wonder if the role out of power wall's before the meter might be a better option than after the meter for those who can't afford to buy or lease a battery just charge the customer for the power consumed.
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